The combination of all of the above demonstrates that our lattice programme is now ready to start an
intensive process of numerical studies focused on the spectra of mesons and chimera baryons in this theory,
making contact with the model-building literature.
While for the purposes of this publication we used point-like and stochastic \(Z_2\)  wall sources for the measurements
of the 2-point correlation functions, to improve the signal to noise ratio in the numerical studies
we will use smearing techniques, both for the sources and for the
dynamical configurations, and both of which
have been tested successfully on this model [1]}, [2]}.
By further combining these techniques with the implementation of an appropriate basis for the variational problem,
and of a scale-setting process based on the Wilson flow,
such studies will provide access also to some of the excited states in the theory,
and we will be able, by varying the lattice parameters, to extrapolate
our spectroscopy results
towards the continuum limit, in the large region of parameter space with intermediate
fermion masses that is of direct interest for models of composite Higgs and partial top compositeness.
